| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nham_2063 |
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| Symbol | |
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| ID | 4031484 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Nitrobacter hamburgensis X14 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007964 |
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| Strand | - |
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| Start bp | 2287989 |
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| End bp | 2291087 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 637970520 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_577320 |
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| Protein GI | 92117591 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGGCCTCGA TCTCCGAGCC GTTCATCCGA AGGCCGGTCG GTACCACGTT GCTGGCGATC
GGCCTGTTTC TGATCGGAGT GGTCGCTTAC GGGTTCCTCC CGGTGGCTTC GGTGCCGAAT
GTCGATTTCC CGATGATCAG GGTGTCGGCG AACCGGCCGG GGGCGGCGCC TTCGGTGATG
GCGGCGACCG TCGCCGCGCC GCTGGAGCGC CGGCTCGGCG AGATCGCCGG CGTCGATCAG
ATCACATCCA CGAGCACGCT TGGCGCCACC AGCATCCAGT TGCGGTTCGC CATCGGGCGC
GACATCGACC ACGCGGCACG CGACGTGCAG GCGGCGATCA ACGCCTCGCT CGCCGATCTG
CCGACCGATC TGCCGACATT GCCGAAATTC CGCAAGGCGA ATCCCGCTGC GGCACCGGTC
TTTATTCTGG CGCTGACGTC AAAAACCATG TCGACCAGCG CGATCTATGA TGTGGCCGAC
ACCGTTATCG TTCAGCGCAT CTCGCAGGTT CCGGGTGTCG GCGAGGTTTC CGTAAGCGGC
GCCGATCAGC CGGCCGTCCG GATTGCGCTC AACCCGGTGG CGCTCTCGAA CGCGGGCATC
TCGACCGACG ATGTCCGCAC CGCGATCGTG AACGCGAATC CGCTTGGCCC TGTCGGAATC
TTCAATGGCG GCCGCCAGAG CGAGACGCTG TCGACCAACC GGCAGATGCG GACGGCGGCC
GAATTTCGCG ACATCGTTAT CAAAAGCTCC GGAGGGAATT TCGTCCAGCT CTCGGACGTG
GCCGACGTCA AGGATGCCAC GCGGAACAGC CGCTCCATCG CCTGGTTCAA CAAGCAACCC
GCGGTGCTGA TCCAGATCAC CAAGCAGGGC GATGCCAATG TCATCGACAC CGTCGACCGG
GTGAAGGCGA TTATCCCTGA ACTCAAGCAG TGGATTCCGG CCGGTGTCGA AATATCGACC
CTCGTTGACC GAACCGGCTC GATCCGCGCC AGCGTGGACG ACATGGAGTG GACGTTGTTG
GCGACGGCGT TTCTGGTGAT GGTGGTGGTT TATGCGTTCC TCCGCCGTTT CACACCGACC
GTCGCCGCCG GTGTGTCGGT TCCGCTGGCG CTTGCGGGTA CATGCGCCGG GATGTGGCTG
GCAGGCTTCT CCATCGACAA CCTGTCCCTG ATGGCGCTGG CCATTTCCGT CGGCTTCGTG
GTCGACGATG CCATCGTCAT GATCGAGAAT ATGTACCGCA ACCTCGAGCA GGGGCTGCCG
CCTTACCGGG CTGCGCTCGA AGGAGCGAAG CAAATCGGTT TCACGGTGCT GTCGATCAGC
CTGTCGTTGA TCGCCGCATT CACGCCCCTG ATCTTCATGG ACGGCATGGT CGGCCGGTTG
TTACGAGAAT TCTCGCTCAC CCTCACATTT GCGATCGTGG TGTCGACCGT CGTGTCGTTG
ACCGTCACAC CGATGATCTG CGCCCACTAC ATCAAGCACG CGACATCAGC CGATGCGACC
CGGTTCGACC GGCTGGTTGA AGGCTTTCTG TCGCGAGTCG TGGCGTTCTA TACGCGGACG
CTGCGCGTCG TGCTCGGCTT TCCCATCCTG ACGCTGCTGG TGTTCTTTGC GACGATCGCC
CTGACAGTGA CGCTGTATAT CAAGATGCCG AAGGGCTATT TCCCGATCGA CGACAGCGGC
TTCGTGATCG GCTCGACGCG AGCGTCGGCC GACGTTTCCT TTCAGTCCAT GCTCGGGCTT
CAACAGCGCG TTATGGATAT CGTGATGGCA GATCCTGCCG TGCAAGGGAT CGGCTCCTCC
ATCGGCGGCA GCAGCACGCG CGGAGGCTCA AATCGCGGAT TCATGTATAT CACGCTGAAG
CCGCCGGCCG AACGGGGCGG GCTGACGACC CAGCAGGTGA TCGACCGGAT GCGCCGGAAT
CTCGGCGATG TGCCGGGCAT CAGGCTGTTC ATGTTCGCGG CGCAGGACAT TCGCGGCGGC
GGACGCCAGA GCGATTCCAA CTACCAGTAT ACGCTCTCCA GCACCGACCT CGATTTGTTG
CAGAAGTGGG CGCCCCTCGT CGCCAAGCGC ATGGAGACGG TGGAGGGGAT CACGGACGTT
TCCAGCGACC GCGACCCCGG CGGTCTGCAA CTGACCTTGT CGATCGACCG GCCAAAGGCA
TCCAGCCTCG GCGTCAGGGT TCAGGATATC GACAACGCAC TCAACAATGC CTTTTCGCAA
CGACAGATTT CGATCGTTTA CACCCAGCGC AACCAGTATC AGGTCATTCT GGAAGTCGAT
CCGCAATTCC AGCAAGACCC ATCCAACCTG GAACGCATCT TTGTCGCGGG GGCTGACGGA
GTGCAGGTGC CGCTGTCTGC CGTCGTCCGC TATCAGCGCG ACCTCTCACC GCTCGCCGTT
TATCACTCGC AGTCGTTTCC ATCGGTGACG GTGTCCTTTA ATACGTTGCC GGATGTGGAG
CTTCAGGAAG CGACCAGCAA TATTCAACGC GCGGTCGATG AATTGCACAT GCCCGAGGGC
ATTCGCGGAA GCTTCGAGGG CAACGCGGCC GATTTCCGCA AAACGTCGGG ACGGCAGCCG
CTGCTGATCC TCGGCGCGCT TGTCGCGGTG TATATTGTGC TCGGCGTTCT CTACGAGAGC
CTGGCGCATC CGCTCACCAT CATCTCGACC TTGCCATCCG CCGGTCTCGG CGCACTGCTG
GCCTTGCAGA TCACCAATAC GTCGCTGACG ATCATTGCAT TTGTCGGAAT CATTCTTCTC
ATCGGCATCG TCAAGAAGAA CGGCATCATG ATCGTGGATT TCGCGCTGGA TGCCGAGCGC
CAACGCGGCC TGTCGTCCAC GGACGCCATA TTCGAGGCAT GCAGCGTGCG CTTCCGGCCC
ATCCTCATGA CCACTATGGC GGCGATTTTC GCCGCGATAC CGCTGGTGCT CGCAACCGGT
CCGGGCACTG AACTAAGACG GCCCCTCGGC ATCACCATCA TCGGCGGGCT GCTCGTTTCA
CAGGTTCTGA CGCTTTACAC GACACCCGTG ATCTACCTCC TGATCGACCG GTTGCGGCGG
CGAGGCGAGG CTGCTCCGGC GATCGCGCCG GCCGAGTAG
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| Protein sequence | MASISEPFIR RPVGTTLLAI GLFLIGVVAY GFLPVASVPN VDFPMIRVSA NRPGAAPSVM
AATVAAPLER RLGEIAGVDQ ITSTSTLGAT SIQLRFAIGR DIDHAARDVQ AAINASLADL
PTDLPTLPKF RKANPAAAPV FILALTSKTM STSAIYDVAD TVIVQRISQV PGVGEVSVSG
ADQPAVRIAL NPVALSNAGI STDDVRTAIV NANPLGPVGI FNGGRQSETL STNRQMRTAA
EFRDIVIKSS GGNFVQLSDV ADVKDATRNS RSIAWFNKQP AVLIQITKQG DANVIDTVDR
VKAIIPELKQ WIPAGVEIST LVDRTGSIRA SVDDMEWTLL ATAFLVMVVV YAFLRRFTPT
VAAGVSVPLA LAGTCAGMWL AGFSIDNLSL MALAISVGFV VDDAIVMIEN MYRNLEQGLP
PYRAALEGAK QIGFTVLSIS LSLIAAFTPL IFMDGMVGRL LREFSLTLTF AIVVSTVVSL
TVTPMICAHY IKHATSADAT RFDRLVEGFL SRVVAFYTRT LRVVLGFPIL TLLVFFATIA
LTVTLYIKMP KGYFPIDDSG FVIGSTRASA DVSFQSMLGL QQRVMDIVMA DPAVQGIGSS
IGGSSTRGGS NRGFMYITLK PPAERGGLTT QQVIDRMRRN LGDVPGIRLF MFAAQDIRGG
GRQSDSNYQY TLSSTDLDLL QKWAPLVAKR METVEGITDV SSDRDPGGLQ LTLSIDRPKA
SSLGVRVQDI DNALNNAFSQ RQISIVYTQR NQYQVILEVD PQFQQDPSNL ERIFVAGADG
VQVPLSAVVR YQRDLSPLAV YHSQSFPSVT VSFNTLPDVE LQEATSNIQR AVDELHMPEG
IRGSFEGNAA DFRKTSGRQP LLILGALVAV YIVLGVLYES LAHPLTIIST LPSAGLGALL
ALQITNTSLT IIAFVGIILL IGIVKKNGIM IVDFALDAER QRGLSSTDAI FEACSVRFRP
ILMTTMAAIF AAIPLVLATG PGTELRRPLG ITIIGGLLVS QVLTLYTTPV IYLLIDRLRR
RGEAAPAIAP AE
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